Rakuten Symphony is making strides in telecommunications innovation by significantly expanding its Open RAN and RAN Intelligent Controller (RIC) technology trials. These large-scale trials involve seven countries in the Global South. The goal is to validate the performance and reliability of these technologies in real-world environments.
One important aspect of this initiative is operational efficiency. Using AI-driven RIC capabilities, the project aims to reduce operational costs and energy use. This is particularly beneficial in regions with limited power infrastructure. Puneet Handa, the chief strategy officer at Rakuten Symphony, emphasized, “Specifically, RIC’s AI capabilities enable improved automated resource management, which can reduce operational costs and energy consumption.”
The trials, backed by Japan’s Ministry of Economy, Trade and Industry, involve deploying around 100 virtualized base stations in each of these markets. The total funding could reach JPY8 billion ($50.2 million). This effort underscores Rakuten Symphony’s broader strategy to facilitate Open RAN adoption, especially in markets where infrastructure challenges persist.
One key advantage of validating these technologies is unlocking new investment opportunities. By demonstrating real-world performance, Rakuten Symphony hopes to inspire confidence among investors and operators to shift from traditional systems to these more flexible, open solutions. Handa stated, “We anticipate that this project will lead to new business models for attracting international investment in the mobile infrastructure sector.”
The trials, set to run from May 2026 through March 2029, are crucial for establishing technical baselines in diverse commercial settings. They aim to provide valuable data that will assist operators in transitioning to modern infrastructure.
Moreover, Rakuten Symphony has announced partnerships to enhance its offerings. Recently, the company integrated Weezie’s fiber network design and planning software into its portfolio. This integration focuses on accelerating fiber deployment and reducing operational complexities for both operators and enterprises.
In this rapidly evolving field, these efforts signify a major leap towards scalable, efficient telecom infrastructures in regions that have traditionally faced significant challenges.
